More Efficient, More Stable, and Tailored for Your Experiments—A Magnetic Bead Separation Solution Built for 2000mL Scale
In critical experiments such as cell sorting, nucleic acid extraction, and immunoprecipitation, the efficiency and stability of magnetic bead separation directly determine research outcomes. Confronting the pain points of high-cost top-tiered equipment, long delivery cycles, and difficult customization, Carbonlinkai offers a superior alternative—a 2000mL magnetic bead separation rack with performance rivaling top-tiers yet offering better cost-effectiveness, powered by our proprietary R&D and deep customization capabilities.
Core Advantages: Why Choose Our 2000mL Magnetic Bead Separation Rack?
🔬 Optimized for Large Volumes
Standardized 2000mL Capacity: Perfectly suited for medium-to-large batch sample processing, such as scaled-up cell preparation and industrial-grade nucleic acid extraction, significantly boosting efficiency.
Uniform & Strong Magnetic Field Design: Utilizes Carbonlinkai’s precision magnetic circuit arrangement to ensure the formation of a high-strength, highly uniform magnetic field even within oversized containers, enabling rapid and complete magnetic bead adsorption with minimal loss.
Sturdy Structure & Ergonomics: Features a thickened base and non-slip design by Carbonlinkai, guaranteeing absolute stability even when fully loaded with 2000mL of liquid. The optimized tilt angle facilitates observation and operation, reducing technician fatigue.
⚙️ The “Carbonlinkai” Technological Core
At its heart are high-performance rare-earth neodymium (NdFeB) magnets, combined with our exclusive carbon composite ring-type magnetic flux concentration technology. This effectively confines the magnetic field direction, resulting in more concentrated magnetic flux lines and reduced background magnetic interference, significantly improving separation purity and yield.
Magnet surfaces receive multi-layer special coating treatment for corrosion and wear resistance, capable of withstanding common biochemical reagents. This ensures a long service life and enduring, stable performance, eliminating worries about magnetic decay.
🎯 Deep Customization, Your Dedicated Lab Partner
True Customization Experts: We are not just manufacturers, but solution providers. We support personalized customization based on your specific sample type, container specifications (bottles/tubes of varying diameters and heights), and workflow processes.
Flexible Customization Options Include: Magnetic array layout (single-side / double-side / circumferential), magnetic field strength gradient, stand material (high-temperature resistant / corrosion-resistant), and external markings (e.g., printed color logos), allowing the equipment to integrate seamlessly into your lab workflow.
💰 top-tier-Grade Quality at Domestic Price
Performance parameters are benchmarked against top international brands, achieving a genuine “top-tier-Caliber Alternative”. Save on high brand premiums and lengthy top-tier cycles, gaining equal or even superior experimental performance at a more competitive price.
Direct from Manufacturer: No middlemen mean more transparent costs and more competitive pricing. We provide efficient, responsive support throughout the entire process, from technical consultation and manufacturing to after-sales service.
Application Scenarios: Covering Needs from Research to Industry
Life Sciences
Genomic Sequencing: Adapts to 2000mL library prep systems, enabling efficient enrichment of low-concentration samples like cfDNA and exosomes.
Cell Therapy: Custom large-capacity racks support magnetic bead washing and target cell recovery during CAR-T cell manufacturing processes.
Protein Purification: Optimized magnetic gradient design by Carbonlinkai improves the purification yield of His-tagged proteins to over 95%.
Industrial Separation
Food Processing: Corrosion-resistant racks are used for removing metal contaminants from juices and dairy products, having passed 1000-hour salt spray tests.
Chemical Production: High-strength racks are adapted for reaction vessels, enabling rapid recovery of catalyst beads and reducing material waste.
Environmental Monitoring: Custom large-volume water sample magnetic separation devices efficiently extract microplastics and heavy metal ions from water bodies.
Client Testimonials: The Choice of Major Facilities Across 25 Countries Globally
An International Pharmaceutical Company: After replacing top-tiered racks, single-batch cell sorting time was reduced from 45 minutes to 12 minutes, saving 2 million RMB in annual labor costs.
A Renowned University Lab: A custom 2000mL side-pull rack solved the issue of magnetic bead retention in large-volume samples, with related findings published in Nature Methods.
A Southeast Asian Food Group: After adopting Carbonlinkai’s 2000mL rack, product iron impurity content decreased from 0.05% to 0.01%, enabling compliance with EU food-grade certification.
Carbonlinkai—Ensuring Every Magnetic Bead Finds Its Precise Place, Delivering Unmatched Value for Every Research Dollar!
Key Technical Parameters for the Carbonlinkai 2000mL Magnetic Bead Separation Rack:
Optimal Working Volume: 200mL – 2000mL
Recommended Container: Compatible with Shuniu 1800mL reagent glass bottles.
Operating Procedure for the Carbonlinkai 2000mL Magnetic Bead Separation Rack:
Place the tube containing the mixed solution of magnetic beads bound to the target onto the magnetic rack.
Allow it to stand for 1 minute, or until all magnetic beads are collected against the tube wall.
Carefully decant or aspirate the supernatant using a peristaltic pump.
Remove the container from the rack and place it back on the bench. The magnetic separation is now complete.
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